FSL1550 Ultrafast Fiber Laser, Thorlabs
Description
Thorlabs FSL1550 High-Power Erbium-Doped Ultrafast Fiber Laser is a turnkey source that offers ultra-short pulses (<40 fs) in the 1550 nm wavelength band. This laser provides high peak power (estimated >60 kW) with >500 mW average power at the fundamental oscillator repetition rate of 100 MHz. The combination of a short pulse width and a high peak power make the FSL1550 ultrafast fiber laser an ideal source for nonlinear optics applications such as supercontinuum generation and terahertz generation, while the high repetition rate makes it compatible with Fourier-Transform Infrared (FTIR) spectrometers. This laser features an all-PM-fiber design with no free-space or moving parts to maximize environmental stability.
The ultra-short pulse width of the laser is achieved through nonlinear pulse compression and by managing the effects of dispersion and nonlinearity in the fiber. Due to this design, the output pulse width is a function of the output power level. This ultrafast fiber laser is designed for optimal pulse compression conditions (FWHM <40 fs) at a power level greater than 500 mW.
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FSL1550 Ultrafast Fiber Laser, Thorlabs
Specifications |
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|---|---|
| Wavelength: | 1560 nm |
| Repetition Rate: | 100 MHz |
| Output Power: | >0.5 W |
| Pulse Duration: | <40 fs |
| Peak Power: | >60 kW |
| Pulse Energy: | >5 nJ |
Features
Integrated controller in laser head for one-box solution.
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Ships from:
United States
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On FindLight:
since 2020
Frequently Asked Questions
The FSL1550 Ultrafast Fiber Laser operates in the 1550 nm wavelength band.
The FSL1550 Ultrafast Fiber Laser has a pulse duration of less than 40 fs.
The FSL1550 Ultrafast Fiber Laser provides an average power output of over 500 mW.
The FSL1550 Ultrafast Fiber Laser is suitable for applications such as supercontinuum generation, terahertz generation, ultrafast spectroscopy, and multiphoton microscopy.
No, the FSL1550 Ultrafast Fiber Laser features an all-PM-fiber design with no free-space or moving parts, eliminating the need for alignment and maximizing environmental stability and reliability.